Collaboration diagram for IntersectionPercentageTest:

Public Member Functions
void	testIntersectionPercentage ()

void	testIntersectionPercentage2 ()

Static Public Attributes
static final String	testGeom ="LINESTRING(77.29 29.07,77.42 29.26,77.27 29.31,77.29 29.07)"

static final String	testGeom2 ="LINESTRING(77.42 29.26 ,10 10)"

static final String	result ="POINT(5 5)"

static final String	isocelesTriangle ="POLYGON((1 2, 11 13, 5 6, 1 2))"

static final String	notIsocelesTriangle ="POLYGON((1 2, 11 13, 5 5, 1 2))"

Member Function Documentation

◆ testIntersectionPercentage()

void testIntersectionPercentage ( )

                                                  {
                 IntersectionPercentage instance=new IntersectionPercentage();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(testGeom, WKTDatatype.LiteralIRI);
                 Value geo2=valfac.createLiteral(testGeom2, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo,geo2);
                 Value expResult=valfac.createLiteral(0.);
                 assertEquals(expResult, result);
         }

References GeometricRelationDoubleFunction.evaluate(), WKTDatatype.LiteralIRI, IntersectionPercentageTest.result, IntersectionPercentageTest.testGeom, and IntersectionPercentageTest.testGeom2.

◆ testIntersectionPercentage2()

void testIntersectionPercentage2 ( )

                                                   {
                 IntersectionPercentage instance=new IntersectionPercentage();
                 ValueFactory valfac=SimpleValueFactory.getInstance();
                 Value geo=valfac.createLiteral(isocelesTriangle, WKTDatatype.LiteralIRI);
                 Value geo2=valfac.createLiteral(notIsocelesTriangle, WKTDatatype.LiteralIRI);
                 Value result=instance.evaluate(valfac, geo,geo2);
                 Value expResult=valfac.createLiteral(0.2857142857142857e0);
                 assertEquals(expResult, result);
         }